Estimation of total N% of wheat grainsand straw

Chlorophyllcontent

Root length (cm) and Root weight (mg)

Coleoptile length(cm)

Stomata / cm2

Leaf area index (LAI)

Physiological parameters

Normalized difference vegetation index (NDVI)

Spike length (cm)

Last node to spike length(cm)

Peduncle length(cm)

HarvestIndex

Grain yield per plot (g)

Biological Yield(g)

1000 Kernel weight(mg)

Number of grains per spike

Number of productive tillers per meter

Plant height (cm)

Days to physiological maturity

Days to heading

Field observations

Inoculum concentration

STUDY AREA

Tested individually

T cell frequencies(Post vaccination response)

Decreased CD3 ζ chain expression on CD8 T cells in HBsAgpositive newborns

T cell phenotypic distribution in HBsAgPositive, HBsAgNegative from HBsAg positive mothers and healthy newborns.

Clinical characteristics of the subjects

Healthy Controls

1X PBS

Generation of polyclonal antibodies against GFP, APC and β-catenin

Primary antibodies

pGEX6P2-BPN (1-993 a.a)

pET30a-GFP-FL (GFP antigen)

pET30-b-APC Nde/Sca (1211-1495 a.a) (antigen for APC antibody)

pET30a-β-catenin-FL (Antigen for -catenin antibody)

GFP-β-cateninC-C (423-634 a.a) (ARM-C)

GFP-β-catenin-C-N (151-423 a.a) (ARM-N)

GFP-β-catenin-C (ARM)

GFP-β-catenin- C (634 -781 a.a)

GFP-β-catenin- a.a

GFP-β-catenin T41A mutant

Constructs made in the study

GFP-β-catenin-FL

passer

Cell culture and drug treatment

Commonly used Buffers/Reagents

IL-2 Bioassay

IL-2 Bioassay

IL-2 Bioassay

IL-2 Bioassay

Total Anti-Stm and anti-E coli antibody assay

Bacteria

Reagents

2 Bioassay

Reagent

Reagent

Reagent

Reagents

Reagents

Extraction and determination of ascorbic acid

Standard curve of ascorbic acid

Reagents

Estimation of ascorbic acid

Root and Shoot length

ZnSO4

Seeds and germination

Phosphate buffered saline (PBS), 0.15M, pH 7.2

Bacterial load in the spleens studied by cfu plating

Expression of costimulatory molecules on the vaccines

Animals

Genomic DNA extraction

Luria-Bertani (LB) medium

MN Blood group typing

MN Blood group typing

Reagents

Reagents

Isolation and culture of HUVECs

Instruments used for the study

MATERIALS

Procedur

Reagents

Nitric oxide radical scavenging activity

Procedur

Reagents

Hydroxyl radical scavenging assay

Procedure

Reagent

Superoxide anion scavenging activit

Procedure

Reagent

Total antioxidant activit

Procedur

Reagen

Free radical scavenging activity

In VitroStudies

Chemicals

Materials

Material

Materials

Material

Total alkalinity

Dissolved oxygen and Biological oxygen demand

Total dissolved solids

Multi parameter analyzer

MATERIALS AND METHODS

PHYSICO-CHEMICAL PARAMETERS OF SEAWATER

Characterization of embelin isolated from E.ribes

. Extraction and isolation of embelin from E. ribes

High Performance Liquid Chromatography (HPLC) analysis

High Performance Thin Layer Chromatography (HPTLC) analysis

. Thin Layer Chromatography (TLC) analysis

Preliminary phytochemical screening (Ali, 1998; Evans, 2002)

Microbial Contamina

Foaming Index

pH values

Ash values

Extractive value

. Physico-chemical standardization

Standardization of ethanolic extract of E.ribes (WHO, 1998; IndianPharmacopoeia, 1996)

Preparation of ethanolic extract of E.ribes

PLANT MATERIAL

Estimation of Stevioside

Extraction from the plant material

Extraction from the plant material

Extraction from the plant material

Qmmtification of stevioside

Estimation of Steviol

Extraction from plant material

Quantification of steviol

Estimation of free aminoacids

Estimation of soluble proteins

Estimation of sugars

Estimation of total phenols

Determination of moisture

Analytical methods

The experimental part of the study was categorized into five sections for the convenience of reference viz. analytical, toxicological, molecular, biochemical and genomic quantitation.

Plant material

e5 tevia-the natural smeetenei

Mean Somatotypes:

Mean Somatotypes:

Mean Somatotypes:

Somatotype Categories:

Range of Component Ratings:

Somatocharts:

Mean Somatotypes:

SOMATOTYPE DISTRIBUTION OF URBAN SAMPLE

Per-cent Overlap

Compogram

F-and t-Ratios

Chi-Square

Somatotype Categories

Comparative Statistics

Somatotype Attitudinal Mean (SAM)

Somatotype Attitudinal Distance (SAD)

Somatotype Dispersion Mean (SDM)

Somatotype Dispersion Distances (SDD)

Somatoplot Coordinates

Mean Somatotypes (5)

Descriptive Statistics

Statistical Analysis

Central:

Mesomorphic ectomorph:

Endomorphic ectomorph:

Ectomorphic mesomo~ph:

Endomorphic mesomorph:

Ectomorphic endomorph:

Mesomorphic endomor~:

Endomorph-ectom9££E:

Mesomorph-endomorph:

Mesomorph-endomorph:

Balanced ectomorph:

Balanced mesomorph:

Balanced endomorph:

SOHATOCHART

Somatotyping Children

Limitations of the Rating Form

Third Component Rating

Second Component Rating

First Component Rating

SOMATOTYPING

Calf

Biceps

Femur

Humerus

Calf

Primary culture of E. coli was grown in LB medium containing either ampicillin (Amp) and/or kanamycin (Kan) to final concentration of 100 j..tg/ml and 25 J..tg/ml respectively. Depending on the vector construct, antibiotics were used for expression of different proteins as described in Table 3.1. Medium was inoculated with 1 ml glycerol stock of E. coli and incubated overnight at 37 oc at 200 rpm.

Preparation of primary culture of E. coli cells

Blood was drawn from appropriate source into heparinised tubes. The blood sample was centrifuged at 4000 rpm for 15 min ( 4 °C). The supernatant was discarded, and the erythrocytes (pellet) were subsequently washed thrice with chilled isotonic buffer [0.01 M PBS (pH 7.4)] by centrifugation at 4000 rpm and 4°C for 15 min. The washed erythrocytes were lysed in water. The resultant red cell lysate was then dialyzed extensively against PBS (pH 7.4) at 4°C to obtain stripped hemoglobin (hemoglobin devoid of bound allosteric modulators like BPG). The stripped hemoglobin was then loaded onto a pre-equilibrated DE52 column (30cm x 15cm) after extensive dialysis against 0.05 M tris acetate buffer (pH 8.5). The protein was eluted from the column employing a linear gradient of 500 ml each of 0.05 M tris acetate (pH 8.5) and 0.05 M tris acetate (pH 7) at a flow rate of 50 ml/hour. The purified hemoglobin was estimated spectrophotometrically at 540 nm (molar extinction coefficient= 53236 cm-1/M) and stored at -70°C till further use.

Purification of hemoglobin from bloo

Vancouver-based Contextual Genomics has launched two molecular hotspot assays for detecting genomic mutations in blood and solid tumors. <!--//--><![CDATA[// ><!-- document.addEventListener("googletagEvent", function () { let hideOnMobile = "0"; let isMobileQuery = false; if (typeof window.dataLayerValues === "undefined" || !window.dataLayerValues.hasOwnProperty('isMobileQuery') || window.dataLayerValues.isMobileQuery) { isMobileQuery = window.dataLayerValues.isMobileQuery; } // Don't display the ad unit if this is a mobile browser and we're supposed to hide the unit in mobile view. if (isMobileQuery && hideOnMobile === '1') { return; } let hideOnDesktop = "0"; // Don't display this ad unit if this is a desktop broser and we're supposed to hide the mobile ad unit if(!isMobileQuery && hideOnDesktop === '1') { return; } googletag.cmd.push(function () { googletag.display('content-embed-one'); }); }); //--><!]]> The new version of the company’s Find It solid tumor panel now screens for 146 somatic genome alterations, and 23 exons in 30 cancer-associated genes, to help identify precision cancer treatments and recognize drug-resistant mutations. New additions to the panel include tests for mutations in the POLE gene, which have been associated with colorectal cancer as well as immunodeficiency.

After breakfast they made ready to say farewell, as nearly heavy of heart3 as was possible on such a morning; cool, bright, and clean under a washed autumn sky of thin blue. The air came fresh from the North-West.They rode off along a path and looked out from the hill-top over lands under the morning. It was now as clear and far-seen as it had been veiled and misty when they stood upon the knoll in the Forest. They took a deep draught of the air.4Their way wound along the floor of the hollow, and round the green feet of a steep hill into another deeper and broader valley. As they journeyed the sun mounted, and grew hot. Each time they climbed a ridge the breeze seemed to have grown less. When they caught a glimpse of the country westward the distant Forest seemed to be smoking, as if the fallen rain was steaming up again. A shadow now lay round the edge of sight, a dark haze above which the sky was like a blue cap.5 On that side the hills were higher and looked down upon them; and all those hills were crowned with green mounds, and on some were standing stones, pointing upwards like jagged teeth out of green gums. The view was somehow disquieting; so they turned from the sight and went down into the hollow circle. In the midst of it there stood a single stone, standing tall under the sun above, and at this hour casting no shadow. They set their backs6 against the east side of the stone. It was cool, as if the sun had had no power to warm it. There they took food and drink.Riding over the hills, and eating their fill,7 lying a little too long; these things are, perhaps, enough to explain what happened. How­ever, that may be: they woke suddenly from a sleep they had never meant to take. The standing stone was cold, and it cast a long pale shadow. The sun was gleaming through the mist; north, south, and east, the fog was thick, cold and white. The air was silent, heavy and chill.

Humanities faculty, unlike their STEM counterparts, do not have labs. We do not have a place for our work and no one sees our process.

However, that work (and it is intellectual labor) is invisible and largely undervalued.

Academics are constantly being told that they need to make their work more relevant and accessible to the public. Blogging about your work hits both of those marks. It also means that you have to translate your work from academese to language that non-academics will understand (i.e. jargon) and also foreground the relevance of your work. You have to tell people why your work is important and what it adds to the world.

As a result, I suggest that one thing that all humanities scholars can do to take a baby step in the direction of digital humanities is to maintain a blog about their research.

“People will use this data in ways we can’t even imagine yet,” Mr. Stowell said, “and I think that is one of the most exciting developments in the humanities.”

Mr. Edelstein said that many of his senior colleagues view his work as whimsical, the result of playing with technological toys. But he argues such play can lead to discoveries.

“You would think if England was this fountainhead of freedom and religious tolerance,” he said, “there would have been greater continuing interest there than what our correspondence map shows us.”

Even historians, who have used databases before, have been slow to embrace the trend. Just one of the nearly 300 main panels scheduled for next year’s annual meeting of the American Historical Association covers digital matters.